Managing triax cable routing and attachment on a Steadicam rig to minimize interference with sled movement

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2005Operating forum

21 years old. Gear and prices may have changed since.

The cable should be secured at multiple points along its length, particularly close to the gimbal and center of gravity, to reduce its ability to affect sled movement and rotation.
Routing the cable up and over the shoulder, then down the back of the vest, with a loop hanging to knee level reduces lateral pulling forces on the sled.
The cable should be secured near the gimbal mount and post junction, leaving appropriate slack to allow smooth sled rotation without the cable weight pulling the sled in one direction.
Using thinner, more flexible triax cable or lightweight alternatives reduces negative effects on sled dynamics and makes quick disconnection easier.
An alternative approach involves adapting thick triax to coaxial cable with barrel connectors for the operator-side segment, allowing use of flexible coaxial cable from camera to vest while maintaining triax connection to the truck.
Securing the cable at the battery rack beneath the center post prevents lateral pulling while forming a long vertical loop minimizes side tension.
Wireless camera systems eliminate cable-related sled interference entirely.
Cutting or stripping triax cable shielding is unsafe due to high voltage present in the cable and creates fire and shock hazards.

These solutions apply primarily to triax-equipped broadcast camera systems; techniques may differ for other cable types.
Some production engineers and facility managers prohibit the use of cable adapters due to concerns about damage to base stations or camera equipment.
Wireless systems represent a significant capital investment and availability depends on production budget and equipment rental access.
The effectiveness of any cable routing strategy depends on operator skill and consistency in managing cable placement during movement.
Thinner triax cable options may have reduced durability compared to standard gauge cables.